Re: Infinity can not exist

From: Ross A. Finlayson (raf_at_tiki-lounge.com)
Date: 07/09/04

  • Next message: BDK: "Re: Harassed by remote voice to skull. Yikes!"
    Date: Thu, 08 Jul 2004 19:44:19 -0700
    
    

    What's the idea of mathematics anyways?

    I guess it's a science about being able to communicate the meaning, and embodiment, of a mathematical
    construct. In that sense it the language to describe itself and the language in which that is contained.

    Mathematics has its own symbology, that is about succinctness, and the ability to represent with a symbol
    that is basically divorced from the script that it was taken, or itself often as not a letter or glyph,
    instead a stylized representation of the concept, for example the arrow representing vector. Many times a
    symbol is a glyph representing the letter of the word of that symbol. Sometimes it is an inventor's
    initial. Other times glyphs in order enumerate the independent variables of a system.

    Anyways I had another thought about equating the empty set and the universal set. It was about everything
    that a symbol could represent, and how in the most minimal conceptualization of the least possible concept
    that it was as well a statement of everything. It was just another one of those plain language statements
    with two true and opposite meanings.

    In another sense, I want to advance the concept of the models where the two true yet opposite meanings, or
    rather, one obviously true and the other indirectly, are simultaneously true. Perhaps in a way that is an
    enabling metastatement, the statement acknowledging its own abstraction from the particular domain, but
    then again perhaps its is just a statement that lends itself to interpretation in terms of these really
    quite fundamental, simple, and mundane, even, ruminations on the most primitive, and only, containers of
    mathematical set theory: sets.

    So the statement was something along the lines of "all a symbol can represent is just that", with "all"
    interpreted as "anything" or "everything".

    That's kind of like the difference, or lack thereof, between "for each", "for any", and "for every." For
    example, with a basket of apples, there is perhaps difference in coring the apples: "for each apple, core
    it", "for an apple, core it." In that sense for each/every/all is different than for any, unless the
    interpretation is that "for any" that it is "for every".

    Think of it this way, "for each" means to then sequentially "do", "for all" to simultaneously do, and "for
    every" to sequentially do depending on another implied predicate, and "for any" to depend on another
    implied predicate to do.

    I hope that's not simply diversion, although I am trying to figure out ways to divert logicians into
    considering some of my plain language logical statements, particularly those that are easily and simply
    reduced to two glyphs: "this exists" and "and it equals itself", for their silhouettes, "where something
    else doesn't" and "as it wouldn't", or something along those lines, for the ability to represent
    continuous logic in binary logic, with or without an infinite binary word, and the concept of the binary
    complement of any binary word.

    There has been some recent discussion about the continuous vis-a-vis the discrete, what with wonder about
    the nature and existence of infinity and what meaning it has to an ant, or you or me. In fact "recent" in
    this sense means "in the time of recorded history".

    I was reading Rudy Rucker's "Infinity and the Mind", it's pretty good reading, 70's state-of-the-art. He
    mentions for example that the Dedekind construction of the real number is the post-Aristotlean (actual
    infinities allowed) Eudoxus construction. Infinity or its specter was apparent to the early
    theoreticians, it is still today, and then and now is by definition an unbounded playground of the
    imagination.

    Regards,

    Ross F.


  • Next message: BDK: "Re: Harassed by remote voice to skull. Yikes!"

    Relevant Pages

    • Re: Infinity can not exist
      ... I guess it's a science about being able to communicate the meaning, and embodiment, of a mathematical ... Mathematics has its own symbology, that is about succinctness, and the ability to represent with a symbol ... the nature and existence of infinity and what meaning it has to an ant, ... infinities allowed) Eudoxus construction. ...
      (sci.math)
    • Re: Infinity can not exist
      ... I guess it's a science about being able to communicate the meaning, and embodiment, of a mathematical ... Mathematics has its own symbology, that is about succinctness, and the ability to represent with a symbol ... the nature and existence of infinity and what meaning it has to an ant, ... infinities allowed) Eudoxus construction. ...
      (comp.theory)
    • Re: Dont get Axiom of Choice?
      ... have an understanding of the meaning of mathematical ... the meaning of an existence statement ("there exists ... what a construction of that type of thing is. ... mathematics, assuming it has a coherent meaning. ...
      (sci.math)
    • Re: Dont get Axiom of Choice?
      ... |constructed/defined if we are to admit its existence. ... have an understanding of the meaning of mathematical ... what a construction of that type of thing is. ... mathematics, assuming it has a coherent meaning. ...
      (sci.math)
    • Re: An infinite number question
      ... >I am working on a theoretical issue that deals with infinity, ... and undefined in various posts. ... have been a number of posts trying to explain the mathematics behind ... The question only has meaning in the following ...
      (talk.origins)